Improving and securing flight planning systems

This project aims to develop a RAIM prediction system offering modern APIs and easy integration into any flight planning system as well as introducing new innovative features that will allow an aircraft operator to avoid areas of low GNSS accuracy already during the trajectory creation process. 

Improved precise weather prediction

The use of GNSS observations from reference stations for the derivation of Integrated Water Vapour and assimilated into Numerical Weather Prediction Models has been demonstrated and is in use for weather prediction. With the emergence of multi-constellation and multi-frequency GNSS the possibilities of weather prediction with GNSS are increasing dramatically.

Advanced positioning and navigation solutions that require high computational power

Mitigation methods for signal interference in the Maritime sector

Methods and techniques for the combined use of multiple systems and sensors in maritime PNT 

Current IMO work on guidelines for shipborne PNT data processing will define a high level framework for the processing and combination of data of multiple systems and sensors in a maritime PNT receiver. The feasibility study develops methods and techniques for the combined use of multiple systems and sensors in maritime PNT.

Innovative antenna for increased accuracy for driverless cars

Real-time GNSS Interference Detection & Analysis

Cloud-based GNSS data processing platform

The COLOSSUS product is a cloud-based GNSS data processing platform for autonomous and continuous ingestion and processing of vast amounts of crowd-sourced RINEX data collected from continuously operating GNSS receiver (CORS) networks.